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The range of integers that can be represented by an $n$ bit $2’s4 complement number system is:

  1. $-2^{n-1} \text{ to } (2^{n-1} -1)$

  2. $-(2^{n-1} -1) \text{ to } (2^{n-1} -1)$

  3. $-2^{n-1} \text{ to } 2^{n-1}$

  4. $-(2^{n-1} +1) \text{ to } (2^{n-1} -1)$

asked in Digital Logic by Veteran (59.5k points)
edited by | 3.4k views
0
Answer: A

4 Answers

+15 votes
Best answer

An n-bit two's-complement numeral system can represent every integer in the range −(2n − 1) to +(2n − 1 − 1).

while ones' complement can only represent integers in the range −(2n − 1 − 1) to +(2n − 1 − 1).

A is answer

answered by Active (5k points)
edited by
+7 votes
answer - A
answered by Loyal (9k points)
+1 vote

option a

answered by Boss (19.7k points)
0 votes
answered by Loyal (7.1k points)
edited by


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